Friday, 12. February 2016

Chemistry and biote...

KTH Research Project Database > Chemistry and biotechnology > Fibre and Polymer Technology

Fibre and Polymer T...
Source of Funding: BiMaC (Biofibre Materials Centre)

Biofibre Materials

Coating Technology

Fibre Technology

Paper Technology

Polymer Technology

Polymeric Materials

Wood Chemistry and Pulp Technology


»Research Fields

»Organisational Structure



7 Projects related to BiMaC (Biofibre Materials Centre)
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Bus Rapid Transit – a review with identification of research questions (Karl Kottenhoff)

  Period: 2007-09-01 - 2009-01-31

Bus Rapid Transit (BRT) is maybe the most interesting development for public transport internationally. Knowledge about BRT, its features, use and possibilities, is in Sweden limited. On the other » more
Wood fibre modification using enzymes (Mats Martinelle)

The activities under this title are carried out within the Biocatalysis group, KTH ( create wood fibres with new properties for the development of novel » more
Car ownership model considering accessibility and public transport supply (Professor Bo-Lennart Nelldal)

Access to a car is an important factor when considering an individual’s choice of travelling mode. In the national forecast system, Sampers, an older car ownership model was implemented, which, » more
Freight customers’ valuations of factors of importance in the transportation market (Professor Bo-Lennart Nelldal)

Period: 2002-01-01 - 2007-12-31

The purpose of this project is to determine those freight customers’ valuations that are important for their choice of transport mode for long-distance freight transportation. The results are » more
Evaluation of inter-modal transport chains (Professor Bo-Lennart Nelldal)

Period: 2006-01-01 - 2008-12-31

Intermodal transport chains include several modes and terminal handling which means specific costs, time and potential damage to the goods transported. The aim of this project is to follow some » more
Lagrangian methods for evolution equations (Professor Torbjörn Kolsrud)

We have shown, together with N.H. Ibragimov (Karlskrona), how new conservation laws may be deduced from Noether's theorem for several explicit evolution equations, including Burger's equation and the » more
Topochemical modification of fibres during kraft pulping (Mikael Lindström)

Period: 2003-08-15 - 2007-08-15

This project deals with designing new materials from wood fibres liberated by the kraft pulping process. The fibre surface can be modified in the cook and consequently the physical properties of the » more


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